GATE Instrumentation Engineering Subject-Wise Weightage
Knowing the subject-wise weightage for Instrumentation Engineering is one of the important steps to scoring high in the exam. Check out this article to know more about them in detail.
If you are preparing for the GATE IN exam, then you need to know the ideal weightageallotted for each topic in the syllabus. Following the subject-wise weightage thoroughlyhelps you to prepare and perform well in the exam.
You can also check previous years' subject-wise weightage list from this article which helps the candidates to analyze the previous year's trends and prepare the most important topics.Candidates can browse this detailed article to plan their studies in an effective method.
1. GATE IN Subject-Wise Weightage
The yearly subject-wise weightage for GATE Instrumentation engineering is presented in this article. Analyze the distribution of marks for the paper which is divided into three sections
- General Aptitude -15%
- Engineering Mathematics -13%
- IN Concepts -72%
According to the mark weightage, candidates can study the key conceptsafter referring to the syllabus. If you find a shortage in time, one can leave out the least important topicbehind.Utilize the below list of expected mark weightage 2023 and cover the topics which have the highest mark and revise them frequently to have a clear idea of the key points.
| GATE IN Topics | Expected Mark Weightage |
|---|
| General Aptitude | 15% |
| Engineering Mathematics | 12% |
| Network Theory | 5% |
| Signals and Systems | 8% |
| Control Systems | 6% |
| Measurements | 6% |
|
| Analog Circuits | 12% |
| Communication | 2% |
| Transducers | 12% |
| Optical Instrumentation | 4% |
| Process Control | 2% |
2. Subject-Wise Weightage for Previous Year's IN Exams
The candidates can check the previous five year's weightage for GATE Instrumentation Engineering from the below table. Analyze the mark distribution of each topic from the GATE IN syllabus and prepare well. Practice mock tests regularly to score high on the exam.
2.1 GATE Subject-Wise Weightage for IN 2022
| GATE IN Topics | Weightage |
|---|
| General Aptitude | 15% |
| Engineering Mathematics | 11% |
| Network Theory | 4% |
| Digital Circuits | 8% |
| Signals and Systems | 8% |
| Control Systems | 6% |
|
| Measurements | 12% |
| Analog Circuits | 8% |
| Communication | 3% |
| Transducers | 8% |
|
| Optical Instrumentation | 5% |
| Process Control | 1% |
2.2 GATE Subject-Wise Weightage for IN 2021
| GATE IN Topics | Weightage |
|---|
| General Aptitude | 15% |
| Engineering Mathematics | 11% |
| Network Theory | 4% |
| Digital Circuits | 8% |
| Signals and Systems | 8% |
| Control Systems | 6% |
|
| Measurements | 12% |
| Analog Circuits | 8% |
| Communication | 3% |
| Transducers | 8% |
|
| Optical Instrumentation | 5% |
| Process Control | 1% |
| Electromagnetic Theory | 5% |
| Electrical Machine | 6% |
2.3 GATE Subject-Wise Weightage for IN 2020
| GATE IN Topics | Weightage |
|---|
| General Aptitude | 15% |
| Network Theory | 8% |
| Signals & Systems | 8% |
| Control Systems | 13% |
| Analog Electronics | 9% |
| Digital Circuits | 8% |
|
| Measurements | 12% |
| Transducers | 8% |
| Optical Instrumentation | 4% |
| General Aptitude | 15% |
|
|
2.4 GATE Subject-Wise Weightage for IN 2019
| GATE IN Topics | Weightage |
|---|
| EngineeringMathematics | 10% |
| Network Theory | 8% |
| Signals & Systems | 8% |
| Control Systems | 14% |
| Analog Electronics | 11% |
| Digital Circuits | 8% |
|
| Measurements | 5% |
| Transducers | 9% |
| Optical Instrumentation | 7% |
| General Aptitude | 15% |
|
|
2.5 GATE Subject-Wise Weightage for IN 2018
| GATE IN Topics | Weightage |
|---|
| Engineering Mathematics | 14% |
| Network Theory | 9% |
| Signals & Systems | 8% |
| Control Systems | 13% |
| Analog Electronics | 9% |
| Digital Circuits | 8% |
|
| Measurements | 10% |
| Transducers | 8% |
| Optical Instrumentation | 6% |
| General Aptitude | 15% |
|
|
3. FAQs on GATE IN Subject-Wise Weightage
Control Systems, Engineering Mathematics, and General Aptitude have the highest mark weightage from the syllabus. It carries 12-15 marks in the weightage analysis.
Having a thorough analysis of mark distribution helps the candidates to know which topics under the GATE IN are important and which should be given priority.
No, the mark weightage for the GATE IN isnot fixed for examination. Candidates can use the previous year's pattern to prepare for the exam.
Yes, the GATE IN paper has a negative marking scheme. For the incorrect
MCQs, the mark will be deducted as follows.
- 1/3 marks will be reduced for every wrong 1-mark question.
- 2/3 marks will be reduced for every wrong 2-markquestion.
No, there is no new chapter added to the syllabus. Candidates can also check the official website to check the syllabus.
The GATE question paper covers three question types namely:
- MCQs (Multiple Choice Questions)
- MSQs (Multiple Select Questions)
- NATs (Numerical Answer Type)
Candidates can download the previous year's question paper from the official
Website Over to You
You can check out all information you need to know about the mark weightage from this detailed article before commencing your preparation.Make a note on important topics, formulate strategy, and plan every chapter with sufficient time to prepare well.Analyze and build a smart approachto master the GATE IN exam.
All the Best!!
4. How Can VISHWA Help You?
Do you want to know the best tactics and guidance to score high in the GATE Instrumentation Engineering Exam? At VISHWA, we train the GATE aspirants with a well-formulated schedule to excel the exam. Apart from the schedule, you can access our video classes, practice tests, question banks, and more.
